As organizations prepare for the impact of quantum computing on modern encryption, many are looking for practical ways to secure existing infrastructure without costly hardware replacements. EigenQ has announced new post-quantum security readiness capabilities for deployed Intel Xeon processor-based systems, enabling government agencies, defense organizations, critical infrastructure operators, and enterprises to begin their transition toward quantum-resistant cybersecurity while preserving current infrastructure investments.
EigenQ has expanded its quantum cybersecurity platform with new capabilities designed to prepare deployed Intel Xeon processor-based systems for the transition to post-quantum cryptography. Developed in collaboration with Intel, the solution integrates EigenQ's post-quantum security platform and quantum entropy technologies with Intel's secure computing ecosystem, allowing organizations to enhance security without replacing existing server infrastructure. The approach is intended to help organizations modernize cybersecurity while minimizing operational disruption and infrastructure costs.
The platform is designed to help organizations align with CNSA 2.0 post-quantum migration requirements by enabling quantum-resistant protections across deployed infrastructure. Target use cases include secure communications, identity management, cryptographic key generation, hardware attestation, workload protection, and modernization of mission-critical systems operating across federal, defense, space, critical infrastructure, and enterprise environments.
Rather than requiring organizations to redesign or replace existing hardware, EigenQ's solution adds a quantum-safe security layer to Intel Xeon-based deployments. By combining QMA quantum entropy technology, PQC+ cryptographic libraries, and platform integration capabilities, the company aims to provide a scalable pathway for organizations seeking to protect sensitive workloads against future quantum-enabled cyber threats while maintaining operational continuity.
As part of EigenQ's expanding partner ecosystem, BlackVe has committed to using the company's Intel-compatible post-quantum cryptography technologies, including PQC-enabled encrypted video teleconferencing capabilities, as the foundational security layer for its secure video platform. The collaboration reflects growing demand for deployable post-quantum security solutions in national security and space applications.
"EigenQ is proud to work with Intel to help bring practical quantum-safe protections to the enormous installed base of Intel Xeon processor-based infrastructure. Our goal is to help customers preserve the value of trusted infrastructure while adding a quantum-safe security layer that supports real-world deployment requirements before compliance deadlines arrive."
"Intel is committed to addressing the evolving post-quantum security landscape. Along with companies like EigenQ, we're enabling practical security modernization for the large installed base of Intel Xeon processor-based systems deployed across mission-critical environments. This allows organizations to move toward CNSA 2.0 readiness and mitigate the possibility of future quantum threats to their existing Xeon-based infrastructure."
"Post-quantum security is increasingly a deployment problem, not only an algorithm problem. Customers need solutions that work with existing infrastructure, can be integrated into operational environments and can support mission timelines. That is where the pairing of Intel and EigenQ technologies can help to deliver immediate and practical impact."
The collaboration with Intel highlights EigenQ's strategy of translating post-quantum security standards into deployable enterprise solutions. By enabling organizations to secure existing Intel Xeon-based infrastructure instead of replacing it, the company aims to accelerate the adoption of practical quantum-resistant cybersecurity across industries preparing for the next generation of cryptographic threats.
As enterprises and public sector organizations prepare for the quantum era, practical migration strategies are becoming increasingly important. EigenQ's latest capabilities provide a pathway for organizations to strengthen cybersecurity, preserve infrastructure investments, and advance post-quantum readiness while supporting evolving compliance requirements and long-term digital resilience.
About EigenQ
EigenQ is a Quantum computing Company developing and commercializing foundational technologies for the Quantum Era.
The Company operates at the intersection of Quantum Technologies, Artificial Intelligence, Secure Communications, Advanced Sensing, and Trusted Computing, with a mission to enable the next generation of intelligent, secure, and resilient digital infrastructure.
EigenQ's technology portfolio spans Quantum Security, Quantum AI, Quantum Communications, Quantum Sensing, and Quantum Computing. Through a combination of proprietary technologies, strategic partnerships, and commercialization-focused execution, the Company develops solutions designed to address emerging challenges across government, defense, critical infrastructure, enterprise, and AI-driven environments.
With market-ready products, validated deployment pathways, strategic ecosystem relationships, and a growing portfolio of intellectual property, EigenQ is positioned to participate in multiple segments of the emerging quantum economy while helping organizations prepare for the transition to a more secure, intelligent, and quantum-enabled future.
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